CS-CTT spin-on cartridges are engineered to provide an efficient solution to filtration problems offering their highest performances when fitted into inlet, return and exhaust lines of mobile machineries (such as earthworks machines, agricultural machines, industrial vehicles, compressors, hydraulic systems) with pressure peaks up to 12 bar. The fundamental characteristic of these elements is the possibility, for any clogged filter, to be easily replaced, by a quick and clean procedure, condition that has to be considered of great importance in working contexts where highly deteriorated environmental conditions usually occur.

They can support flow rates up to 270 l/min and each element can be equipped with a by-pass valve and an anti-emptying membrane (CTT series).

FAI FILTRI spin-on cartridges, equipped with new-generation “A” filtering media, can grant high standards of performance even in the hardest conditions.

“A” type elements with absolute filtration power of 3, 6, 10, 25 micron (ßβx ≥ 200), are formed by inorganic impregnated and resin bonded inert micro-fibers, supported upstream and downstream. The result is a very compact filtering core which ensures the resistance of the media itself to deformation, distortion and strain ,preventing any contaminants to get released, thus improving filtering performances and allowing contaminants to accumulate efficiently, also in the event of phenomena such as high differential pressure and water hammering derived from cold starts and discharge flow rates.

The above mentioned features make the FAI FILTRI spin-on filters consistent with the use of hydraulic, lubricating oils, fuels, glycol water, emulsions and most synthetic fluids.

Technical data:

Materials: 

- Galvanized stamped plate flange

- Sinned and painted sheet steel vessel

- Perforated/drilled supporting pipes and galvanized steel end-caps

Cartridges pressures values:

Max. operating pressure: 12 bar

Impulse test in compliance with ISO 3724: from 0-12-0 bar 1Hz 50.000 min. cycles

Filter elements:

Retention power:

Dimensions: